Bently Nevada 16925-66 Interconnect Cables

Description

The 16925-66 is a 3-conductor shielded interconnect cable designed for use with Bently Nevada acceleration transducer systems. This specific configuration features a 66-foot (20.1 meter) total length, providing the necessary reach for complex machinery installations where the signal must be routed from the transducer to a junction box or monitoring instrument. The cable is constructed with 22 AWG (0.5 mm2) conductors and is terminated with a 3-socket plug at the transducer end and terminal lugs at the instrumentation end, ensuring a secure and reliable connection.

Interconnect cables in this series are essential for maintaining signal integrity in critical machinery protection applications. The shielded design minimizes electromagnetic interference, while the robust 3-socket connector ensures compatibility with standard 3300 series accelerometer receptacles. This 66-foot variant allows for flexible routing in large-scale industrial environments, such as power generation facilities or petrochemical processing plants, where longer cable runs are required to connect casing-mounted accelerometers to the protection system.

Features

• 66-foot (20.1 m) total cable length
• 3-conductor shielded 22 AWG (0.5 mm2) construction for robust signal transmission
• 3-socket plug connector at the sensor interface
• Terminal lugs at the termination end for secure wiring to terminal blocks
• Compatible with 3300 series accelerometer systems

Applications

• Critical machinery casing vibration monitoring
• Gear mesh monitoring in rotating equipment
• Long-distance cable runs in industrial enclosures
• Harsh industrial environments requiring shielded signal protection

Ordering Information

Technical Specifications

Installation Guidelines

Ensure that cables are routed through protective conduit where possible to prevent mechanical damage and exposure to harsh chemicals. Maintain proper separation from high-voltage AC power lines to avoid induced noise on the signal leads. When connecting to the 3-socket plug, ensure the connector is fully seated to maintain environmental integrity. Secure the terminal lugs at the instrument end according to the specified torque requirements of the terminal block, ensuring that the shield is properly grounded as per the site instrumentation standards.